I think the question probably needs a diagram with it.
In general, the method to determine the voltage is to add up (sum) the voltages as you go around the circuit. Your battery or source will add volts. Most of the other devices will subtract volts. The total will be zero, or in other words, the things that add volts will equal the things that subtract volts.
For example, if you have a series circuit where there is only one path, if the battery adds 12 volts and the first resistor takes away 7 volts, there will be 5 volts across the second resistor.
Something to note, though, involves parallel circuits. When the circuit splits into two paths, the voltage measured between the place they split and the place they rejoin is the same.
The relationship between A and B is the same as C and D.
Not materially. The voltage is determined by the composition of the electrodes and the medium in which they are placed.
Lvd: low voltage differential Hvd: High voltage " signalling techniques
You have two resistors, each with resistance of 12Ω, and a 12-volt battery. 1). The resistors are in series across the battery. ..... A. voltage across each resistor ..... B. current through each resistor ..... C. power dissipated by each resistor ..... D. total power delivered by the battery 2). The resistors are in parallel across the battery. ..... A. voltage across each resistor ..... B. current through each resistor ..... C. power dissipated by each resistor ..... D. total power delivered by the battery ============================================ 1). ... A. 6 volts ... B. 0.5 Amp ... C. 3 watts ... D. 6 watts 2). ... A. 12 volts ... B. 1 Amp ... C. 12 watts ... D. 24 watts
A is greater than B (A>B). C is less than D (C<D). But what about "less than or equal"?
The interval between C and D is a major second or a "whole step".
.75 V
A) amperes B) volts C) watts D) ohms
The distance between C and D + The distance between D and E + The distance between E and F. :o)
The voltage equation and the electric field in a system are related through the equation: V E d, where V is the voltage, E is the electric field, and d is the distance between the points in the system. This equation shows that the voltage is directly proportional to the electric field strength and the distance between the points in the system.
The note between C# and D# is D.
a. amperage and voltage b. the size and length of the wires c. voltage and resistance d. fuses and circuit breakers
A welding rectifier takes in the a/c output of a welding transformer, and the output is d/c. Used with old school welding transformers which were all a/c, in order to get d/c for use with low hydrogen rods etc.
Notes between C and EThere are three notes between C and E: C#/Db, D, and D#/Eb. Just so you don't get so confused, the person that answered this was correct, but some people are just beginning and you really don't want to confuse them because they aren't ready.Between C and E is just D. Unless you are playing with sharps and flats then the C key would be D flat (Db) and a C# and then D which is between C and E, then D# and E flat (Eb) D# and Eb are on the same black key. Along with C# and D flat (Db)Hope this helps!!!
If it is a capital c it stands between b and d.
Yes you can use C-cells ... they are the same voltage BUT, they will rattle around and loose contact. Your best bet is to get some more D-Cells.
Yes, a&b|c&d means (a&b)|(c&d), just like a&&bc&&d means (a&&b)(c&&d)